Microelectronic Circuits (the Oxford Series In Electrical And Computer Engineering) - 8th Edition - by Adel S. Sedra, Kenneth C. (kc) Smith, Tony Chan Carusone, Vincent Gaudet - ISBN 9780190853464

Microelectronic Circuits (the Oxford Se...
8th Edition
Adel S. Sedra, Kenneth C. (kc) Smith, Tony Chan Carusone, Vincent Gaudet
Publisher: Oxford University Press
ISBN: 9780190853464

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Name: Microelectronic Circuits (the Oxford Series In Electrical And Computer Engineering)
Author: Adel S. Sedra, Kenneth C. (kc) Smith, Tony Chan Carusone, Vincent Gaudet
ISBN: 9780190853464

Chapter 1 - Signals And Amplifiers Chapter 1.1 - Signals Chapter 1.2 - Frequency Spectrum Of Signals Chapter 1.3 - Analog And Digital Signals Chapter 1.4 - Amplifiers Chapter 1.5 - Circuit Models For Amplifiers Chapter 1.6 - Frequency Response Of Amplifiers Chapter 2 - Operational Amplifiers Chapter 2.1 - The Ideal Op Amp Chapter 2.2 - The Inverting Configuration

Chapter 2.3 - The Noninverting Configuration Chapter 2.4 - Difference Amplifiers Chapter 2.5 - Integrators And Differentiators Chapter 2.6 - Dc Imperfections Chapter 2.7 - Effect Of Finite Open-loop Gain And Bandwidth On Circuit Performance Chapter 2.8 - Large-signal Operation Of Op Amps Chapter 3 - Semiconductors Chapter 3.1 - Intrinsic Semiconductors Chapter 3.2 - Doped Semiconductors Chapter 3.3 - Current Flow In Semiconductors Chapter 3.4 - The Pn Junction Chapter 3.5 - The Pn Junction With An Applied Voltage Chapter 3.6 - Capacitive Effects In The Pn Junction Chapter 4 - Diodes Chapter 4.1 - The Ideal Diode Chapter 4.2 - Terminal Characteristics Of Junction Diodes Chapter 4.3 - Modeling The Diode Chapter 4.5 - Voltage Regulation Chapter 4.6 - Rectifier Circuits Chapter 4.7 - Other Diode Applications Chapter 5 - Mos Field-effect Transistors (mosfets)Chapter 5.1 - Device Structure And Physical Operation Chapter 5.2 - Current–voltage Characteristics Chapter 5.3 - Mosfet Circuits At Dc Chapter 5.4 - Technology Scaling (moore’s Law) And Other Topics Chapter 6 - Bipolar Junction Transistors (bjts)Chapter 6.1 - Device Structure And Physical Operation Chapter 6.3 - Bjt Circuits At Dc Chapter 7 - Transistor Amplifiers Chapter 7.2 - small-signal Operation And Models Chapter 7.4 - Biasing Chapter 9 - Differential And Multistage Amplifiers Chapter 9.3 - Common-mode Rejection Chapter 9.4 - Dc Offset Chapter 9.5 - The Differential Amplifier With A Current-mirror Load Chapter 9.6 - Multistage Amplifiers Chapter 10 - Frequency Response Chapter 10.1 - High-frequency Transistor Models Chapter 10.2 - High-frequency Response Of Cs And Ce Amplifiers Chapter 10.3 - The Method Of Open-circuit Time Constants Chapter 10.4 - High-frequency Response Of Common-gate And Cascode Amplifiers Chapter 10.8 - Low-frequency Response Of Discrete-circuit Cs And Ce Amplifiers

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We offer sample solutions for Microelectronic Circuits (the Oxford Series In Electrical And Computer Engineering) homework problems. See examples below:

Given: R=1 kΩV=0.5 V Calculation: According to ohm’s law, the formula of current flowing through a...A single op-amp must have at least 5 pins: 2 pins for the inverting and non-inverting inputs, 1 pin...Calculation: The intrinsic carrier density is given by ni=BT32e−Eg2kT …… (1) Here, ni is the...Given: ( t OX ) 1 =1nm ( t OX ) 2 =10nm C=10pF Calculation: Case 1: tox1=1nm Although formula oxide...Given: Fig: NMOS amplifier VDD=3 VVt=0.5 Vkn=10 mAV2RD=15 kΩ Calculation: From the given circuit...Given Information: VDD=VSS=1.0 VVtn=0.4 Vkn'=0.4 mA/V2RD=5 kΩW/L1,2=10I=0.16 mA Calculation: The...Given: ID = 200 µAVSB = 0.35 VVDS = 0.7 VW = 12 µmL = 0.3 µmtox = 4 nmμn = 450 cm2/V·sγ = 0.5 V1/2...